Fire fighting device intelligent tour inspection system and method based on internet of things GIS

Abstract

The invention discloses a fire fighting device intelligent tour inspection system and method based on internet of things GIS; the system includes a system management platform, a database server, an RFID label, a hydraulic pressure sensor for reading the hydraulic pressure of a fire hydrant, a read head, an android intelligent mobile phone as a bluetooth-communication signal converter, and a mobile terminal intelligent tour inspection subsystem; the mobile terminal intelligent tour inspection subsystem includes a registration module, a tour inspection module, and a map checking module; the hydraulic pressure sensor and the RFID label are both mounted in a fire fighting device; the hydraulic pressure sensor reads a hydraulic pressure value, and then the value is transmitted to the read head; the RFID label transmits a label ID value to the read head; the hydraulic pressure and the ID are in one-to-one correspondence in the read head, then are read through the android intelligent mobile phone, are transmitted to the system management platform, and are saved in the database server; the mobile terminal intelligent tour inspection subsystem can inquire a latest tour inspection result from the system management platform in real time, and the latest tour inspection result is displayed on a map. The system and the method effectively improve the scientificity and effectiveness of the management.

Description

technical field [0001] The invention belongs to the technical field of intelligent inspection of intelligent water affairs, and in particular relates to an intelligent inspection system and method for fire-fighting facilities based on the GIS of the Internet of Things. Background technique [0002] As an important infrastructure of the city, fire protection facilities play an important role in ensuring the normal and safe operation of the city, and it is particularly important to ensure its normal work. As an important basic means to track and grasp the working status of fire protection facilities, patrol inspection has become a normal state. However, at present, the patrol inspection of fire hydrant equipment in our country mainly depends on the patrol inspection of stationed personnel. During the inspection, first check whether the surrounding facilities are obviously damaged or damaged, and then manually unscrew the switch of the fire hydrant to check whether there is wa...

AI Technical Summary

Problems solved by technology

[0003] 1) To unscrew the fire hydrant, the efficiency is low and the workload is heavy;

[0004] 2) The water pressure is estimated by experience, which is not accurate;

[0005] 3) The reporting of inspection information is not timely and lacks monitoring and management of inspectors, which cannot meet emergency needs

[0008] 1) Firefighting pipelines are managed according to levels, and there may be connections between pipelines, such as main pipes and branch pipes. However, it is difficult for most fire protection inspection systems to achieve hierarchical management of firefighting pipelines;

[0009] 2) The inspection system generally does not have network functions, and it is difficult to transmit and share inspection data;

[0010] 3) There are still deficiencies in the system hardware products, such as high power consumption of RFID, poor stability of the reading head, etc.

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